Used HIOKI 8852-4M #9002567 for sale

​HIOKI 8852-4M is an electronic test equipment that has been designed to measure 3-phase rotary machines under conditions of low-speed AC rotations and DC link connection. It is ideal for testing small- to medium-sized 3-phase rotary machines, such as servomotors, generators, and actuators. 8852-4M features a high-precision, AC/DC torque measurement with power consumption and real-time dynamic measurement capabilities. HIOKI 8852-4M can measure the torque generated by 3-phase rotary machines for both AC and DC. The built-in DC-link connection and low- to high-speed AC rotation measurement enable precise, reliable torque measurement. A DC power supply unit is also included, allowing for easy connection between the load and 8852-4M. The built-in power supply allows for precise current and voltage measurement with a comprehensive range of conditions. HIOKI 8852-4M can be used for real-time dynamic torque measurement, allowing for the recording of peak torque values, average torque values, and the time it takes for the torque peak to occur. The test subject's torque characteristics can be graphically displayed in real-time. 8852-4M also features multi-point sampling, as well as overvoltage protection, anti-jamming, and temperature detection features. HIOKI 8852-4M's intuitive design helps operators to quickly set up and use the measurement device. The simple user interface, graphical display, and keypad navigation make the setup and test procedures easier. The operator can make use of the automatic alignment, circuit check, and stable connection functions for precise testing. 8852-4M is also equipped with a shock-resistant framework, ensuring user safety during torque measurement. Overall, HIOKI 8852-4M is a reliable, user-friendly torquer measurement device. With reliable measurements, intuitive features, and safety features, 8852-4M is the ideal solution for accurate torque measurement. It is ideal for testing small- to medium-sized 3-phase rotary machines, and offers the perfect combination of accuracy and user-friendliness.